Chennai MRTS: The Road Ahead – Expansion, Integration, and a Brighter Future

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17/07/2024

Introduction

Straddling the Coromandel Coast of the Bay of Bengal, Chennai, the capital of Tamil Nadu is a city steeped in history and brimming with opportunity. Often referred to as the “Gateway to South India,” Chennai serves as a vital link for trade and commerce, not just regionally, but on a global scale. Its bustling port facilitates international trade, while its well-developed infrastructure attracts major corporations, particularly in the automobile industry, earning it the moniker “Detroit of India.” Chennai is also a hub for healthcare and education, boasting world-class medical facilities and prestigious universities.

This dynamic metropolis is home to over 8.7 million people, making it the sixth-largest city in India. Chennai’s significant population fuels a thriving economy, placing it among the top ten in the country. With its large talent pool, robust infrastructure, and strategic location, Chennai is a major contributor to India’s economic growth. However, managing the movement of such a vast population within the city limits presents a significant challenge.

To ensure the smooth flow of people and goods, Chennai boasts a multi-modal transportation network. Buses form the backbone of public transport, offering extensive coverage throughout the city. The relatively new Chennai Metro, with its growing network of underground and elevated lines, provides a fast and comfortable travel option. Suburban railways, meanwhile, efficiently connect Chennai with its neighboring areas.

However, managing increasing traffic congestion and ensuring efficient intra-city travel necessitates a robust and reliable rapid transit system. This is where the Chennai Mass Rapid Transit System, or MRTS, steps in. In the next section, we’ll delve into the MRTS, its history, functionalities, and its significance in keeping Chennai, and its economy, on the move.

Need of MRTS

Chennai’s economic boom, coupled with its ever-expanding population, placed immense strain on the city’s existing transportation infrastructure. Chennai’s burgeoning population and economic prosperity in the latter half of the 20th century presented a significant challenge: a transportation system on the verge of collapse. Here’s a breakdown of the specific needs that necessitated the creation of the Chennai MRTS:

Soaring Population: Between 1971 and 1991, Chennai’s population witnessed a staggering increase of over 60%, ballooning from 4.2 million to nearly 6.7 million. This rapid growth resulted in a surge in travel demand, putting immense pressure on existing infrastructure.
Traffic Congestion and Gridlock: As the number of vehicles on the road multiplied, so did traffic congestion. A 1979 study by Rail India Technical and Economic Services (RITES) revealed a nightmarish reality: the average traffic speed in Chennai had plummeted to a measly 10 kilometers per hour. This gridlock translated into longer commutes, reduced productivity, and frustration for residents.
Economic Impact: The crippling traffic congestion started to impede Chennai’s economic potential. Businesses faced logistical hurdles due to unreliable travel times, and the city’s attractiveness as an investment destination began to wane.
Environmental Concerns: Traffic congestion also led to a rise in air pollution. With vehicles stuck in traffic for extended periods, exhaust fumes accumulated, posing a serious health risk to residents.
Inadequacy of Existing Transport System: While Chennai had a well-established bus network, it was struggling to cope with the ever-increasing demand. Buses often became overcrowded and unreliable, leading to long wait times and frustration for commuters.

The need for the Chennai MRTS arose from the urgent requirement for a high-capacity, rapid transit system that could alleviate traffic congestion, improve travel times, and promote sustainable urban mobility for Chennai’s burgeoning population and thriving economy. Recognising the urgent need for a rapid transit solution, planners in Chennai looked towards successful metro systems in other major cities around the world. Cities like London, Tokyo, and Paris served as models, demonstrating the efficiency and capacity of rapid rail networks in managing large-scale urban mobility.

Proposal

In 1983, the Madras Metropolitan Development Authority (MMDA), then known as the Madras Metropolitan Development Board (MMDB), submitted a proposal to the Government of India for the construction of a Mass Rapid Transit System (MRTS) in Chennai. The proposed system envisioned a network of elevated railway lines, designed to decongest city roads and provide a faster, more reliable mode of public transportation.

To streamline the transportation system in Chennai, several studies were conducted, including the Madras Area Transportation Study in 1968, the Integrated Transport Plan in 1977, and the Madras Route Rationalisation Study in 1986. These studies identified key transportation routes, one of which is the rail line from Kasturba Nagar to Manali Road. They recommended building a rail-based Mass Rapid Transit System (MRTS) along the Buckingham Canal, connecting to the existing suburban rail network. The proposed MRTS would be a 59.38 km (36.90 mi) loop line linking Chennai Beach and Tiruvottiyur.

The MRTS proposal underwent a thorough evaluation process by the central government. Financial feasibility, route alignment, and environmental impact were all meticulously assessed. After several years of deliberation, the project finally received approval in 1990. Following the approval from the government, construction of the Chennai MRTS commenced in 1995. The project was a mammoth undertaking, involving the creation of elevated railway corridors, stations, and the acquisition of rolling stock. The first phase of the MRTS, connecting Beach and Washermanpet, was inaugurated in 2002, marking a significant milestone in Chennai’s transportation history.

Lines

The Chennai Mass Rapid Transit System (MRTS) serves as a critical artery for intra-city travel, offering a fast and convenient alternative to congested roads. Currently, a single 19.34-kilometer elevated line stretches from Chennai Beach Station in the north to Velachery in the south.

Key Coverage Areas:

The MRTS connects major hubs like Chennai Fort, Park Town (opposite Chennai Central Station), and Guindy (near IIT Madras).
It serves popular destinations like Marina Beach (Chepauk), Egmore (Light House), and the Chennai Trade Centre (Samayapuram).
Stations like Perambur and Pallavaram provide access to nearby industrial areas.
The line caters to residential areas like Triplicane, Thiruvallikeni, Taramani, and Velachery.

The Chennai MRTS, with its strategically placed stations, offers efficient and sustainable urban mobility for a significant portion of Chennai’s population.

Key Extension Plans
The Chennai MRTS, while crucial for the city’s transportation network, currently faces limitations due to its single operational line. However, there are promising plans for extension in motion:

Velachery to St. Thomas Mount: This extension, under construction as of June 2024, is a much-anticipated project. It will extend the MRTS line by 5 kilometers southward, connecting it with the Chennai Suburban Railway network and the Chennai Metro at St. Thomas Mount station. This critical link is expected to:

Improve connectivity between the MRTS and other major transportation systems in the city.
Facilitate easier access to workplaces and educational institutions located near St. Thomas Mount.
Potentially boost ridership on the MRTS by catering to a wider catchment area.

Further Extensions

Discussions and proposals for further extensions beyond St. Thomas Mount exist. Here are two possibilities:

Velachery to Tambaram: The Chennai Metro Rail Limited (CMRL) is exploring the feasibility of extending the MRTS from Velachery towards Tambaram. This extension, with potential endpoints at either Guindy or Little Mount stations, could add another 8-10 kilometers to the network. It would cater to the densely populated areas and commercial hubs along the corridor.

In a move to bolster Chennai’s public transport network, Chennai Metro Rail Limited (CMRL) has joined forces with SYSTRA MVA Consulting (India) Pvt. Ltd. This collaboration focuses on reassessing the feasibility of a Mass Rapid Transit System (MRTS) connecting Tambaram and Velachery, a 26-kilometer stretch. The project also explores the possibility of extending the line further, with Guindy and Little Mount stations identified as potential endpoints.

Beach Station to Thiruvottiyur: This northward extension, while not in concrete stages of planning, has been floated as a potential future project. It could significantly expand the MRTS’s reach, serving the northern parts of the city with limited rapid transit options.

Ridership of the Chennai MRTS

The ridership of the Chennai MRTS has fluctuated over the years, reflecting factors like infrastructure development, competition from other modes of transport, and economic conditions. Here’s a breakdown of the ridership picture:

Early Days (2002-2010): Following its inauguration in 2002, the MRTS witnessed a steady rise in ridership, reaching approximately 1 lakh (100,000) commuters daily by 2010. This initial growth indicated the public’s demand for a rapid transit solution.

Impact of Metro (2010 onwards): The arrival of the Chennai Metro in 2010 presented some challenges for the MRTS. The Metro’s modern infrastructure, wider network coverage, and competitive fares attracted a portion of the ridership.

Pre-Pandemic Levels (2019): Despite the competition, the MRTS ridership continued to grow, reaching an estimated pre-pandemic daily average of around 1.16 lakh (116,000) commuters. This indicated the system’s continued relevance for specific travel corridors.

COVID-19 Impact (2020-Present): The global pandemic significantly impacted public transportation use. The MRTS ridership saw a sharp decline, dropping to an average of around 14,798 daily commuters in September 2020.

Recovery and Integration Efforts (2023-Present): As of 2023, ridership figures suggest a gradual recovery, with estimates reaching around 0.25 million (250,000) daily commuters. Additionally, there are ongoing talks about the potential integration of the MRTS with the Chennai Metro, which could further streamline ticketing and improve connectivity for passengers.

While the ridership of the Chennai MRTS has faced challenges, it remains a vital transportation link for many residents. The system’s future looks promising, with potential integration with the metro and ongoing efforts to modernize its infrastructure.

The Chennai MRTS Takeover by CMRL

The Chennai MRTS, currently operated by Southern Railway, faces limitations as a standalone system. However, a potential takeover by the Chennai Metro Rail Limited (CMRL) has emerged as a promising development for the city’s public transport network. Let’s delve into the current conditions, the rationale behind the takeover, its progress, and the potential benefits.

Current Conditions:

Limited Network: The Chennai MRTS boasts a single operational line spanning 19.34 kilometers. While crucial, it fails to provide comprehensive coverage across the city.
Ridership Fluctuations: The ridership on the MRTS has fluctuated over the years, impacted by factors like the emergence of the Chennai Metro and the COVID-19 pandemic. As of 2023, estimates suggest a daily ridership of around 0.25 million (250,000) commuters.
Integration Challenges: The lack of seamless integration between the MRTS and the Chennai Metro can pose an inconvenience for commuters relying on inter-system transfers.

Why a Takeover?

Network Expansion: A CMRL takeover could pave the way for the much-needed expansion of the MRTS network. Plans for extensions like Velachery to St. Thomas Mount and beyond are already underway under CMRL’s purview.
Improved Integration: A unified system under CMRL could lead to better integration between the MRTS and the Chennai Metro. This would translate to smoother inter-system transfers and a more convenient experience for passengers.
Standardization and Efficiency: A single operator could potentially streamline operations, maintenance procedures, and ticketing systems, leading to improved overall efficiency.
Increased Ridership: A more extensive and better-integrated network, coupled with potentially standardized fares, could attract more riders, boosting ridership figures for both the MRTS and the Metro.

How is the Takeover Being Processed?

In-Principle Approval (2022): In a significant development, Southern Railway granted in-principle approval for CMRL to take over the MRTS in May 2022.
Detailed Discussions: Following the initial approval, detailed discussions between Southern Railway, CMRL, and the Government of Tamil Nadu are underway to iron out the complexities of the handover process, including aspects like staffing, infrastructure transfer, and financial agreements.

Objectives of the Takeover:

Creating a Unified Rapid Transit Network: The primary objective is to establish a unified rapid transit network in Chennai, offering seamless connectivity across the city.
Boosting Public Transport Ridership: The takeover aims to incentivise public transport usage by providing a more efficient and user-friendly network.
Enhancing Urban Mobility: A unified system could significantly improve intra-city travel, potentially reducing traffic congestion and air pollution.

Latest Update Chennai Metro Rail Limited (CMRL) has taken a proactive step towards improving the Chennai MRTS system. Officials have begun a comprehensive inspection of MRTS stations to identify areas for upgrade and potential new amenities. This initiative signifies CMRL’s commitment to enhancing the passenger experience on the entire rapid transit network of the city.
The proposal has been sent to the Railway Board for its in-principle approval on which a decision is expected by July 2024.

Challenges Ahead

The Chennai MRTS, despite its role as a crucial artery for intra-city travel, faces several challenges that need to be addressed to ensure its continued success and integration into a broader public transport network. Here’s a closer look at some of the key hurdles:

Limited Network and Coverage:

Single Line: Currently, the MRTS operates on a single 19.34-kilometer elevated line. This restricts its reach and leaves significant portions of the city without access to rapid transit.
Population Growth: Chennai’s population is projected to continue growing, placing a strain on the existing MRTS capacity and highlighting the need for expansion.

Integration Challenges:

Ticketing Discrepancies: Separate ticketing systems between the MRTS and the Chennai Metro can be inconvenient for commuters who rely on inter-system transfers.
Limited Connectivity: The lack of physical connections between some MRTS and Metro stations necessitates longer walking distances or additional modes of transport for transfers, creating a less seamless experience.

Ridership Fluctuations:

Pre-Pandemic Decline: Even before the COVID-19 pandemic, ridership on the MRTS witnessed a decline following the introduction of the Chennai Metro in 2010.
Post-Pandemic Recovery: The pandemic significantly impacted public transport use, and the MRTS is still in the midst of recovering its ridership numbers. Factors like competition from other modes of transport and potential fare structures need to be addressed to incentivize ridership growth.

Infrastructure Upgradation:

Ageing Infrastructure: The initial phase of the MRTS was constructed in the late 1990s. Regular maintenance and potential upgrades might be necessary to ensure the system’s long-term safety and reliability.
Station Amenities: Some MRTS stations might benefit from improved passenger amenities like better lighting, enhanced signage, and accessibility features for differently-abled commuters.

Funding and Project Completion:

Securing Funds: The expansion of the MRTS network, including the ongoing Velachery-St. Thomas Mount extension and proposed further extensions require significant funding. Public-private partnerships or central government support might be crucial.
Project Delays: Land acquisition and bureaucratic hurdles can lead to delays in project completion, impacting the timeline for expanding the network and improving connectivity.

Benchmarking the Chennai MRTS: A Roadmap for Continued Success

As a policymaker, fostering a robust and efficient public transport network is paramount. The Chennai Mass Rapid Transit System (MRTS) stands as a significant player in this arena. Let’s delve into a comparative analysis of the Chennai MRTS with its counterparts in other Indian cities, highlighting its strengths and charting a course for its continued success.

Strengths of the Chennai MRTS:

Pioneering Spirit: The Chennai MRTS holds the distinction of being the first elevated railway line in India, opening its doors in 1995. This pioneering spirit translates into a valuable experience for future expansion projects. The lessons learned from construction, operational challenges, and ridership patterns can inform the development of new corridors and stations, ensuring optimal efficiency from the get-go.
Focus on Intra-City Travel: Unlike some MRTS systems in other cities that handle both intercity and intracity commutes, the Chennai MRTS is dedicated to serving intra-city needs. This targeted approach allows for a laser focus on the specific requirements of Chennai’s urban landscape. Station placement can be optimized to cater to high-density residential areas, commercial hubs, and educational institutions, maximizing ridership potential within the city limits.
Planned Integration with Suburban Railways: The strategic extension of the MRTS to St. Thomas Mount, currently under construction, will provide a crucial link to the Chennai Suburban Railway network. This seamless transfer will benefit a wider range of commuters. Passengers travelling from suburban areas will have a convenient option to connect with the MRTS for faster intra-city travel, reducing reliance on congested roads.

Learning from Other Systems:

Network Reach: While the Chennai MRTS serves a vital role, its network pales in comparison to the expansive MRTS systems in cities like Delhi and Hyderabad. Studying their route planning and ridership patterns can offer valuable insights for future expansion plans in Chennai. Analyzing data on high-demand corridors, population density projections, and potential ridership hotspots can inform the prioritization of future extensions, ensuring the network caters to areas with the greatest need.
Multi-modal Integration: Cities like Bangalore showcase the power of successful integration between their MRTS and other modes of public transport like buses and auto-rickshaws. Implementing similar strategies in Chennai can create a more user-friendly network. A well-coordinated system with efficient first and last-mile connectivity options, like feeder buses and designated pick-up/drop-off zones for auto-rickshaws, will encourage ridership by offering a seamless travel experience.
Public-Private Partnerships (PPPs): Several Indian MRTS projects leverage PPPs to accelerate development. Chennai can explore similar models to attract private investment for network expansion and modernization initiatives. Partnering with private entities can inject much-needed capital into the system, enabling faster completion of expansion projects and potentially leading to the adoption of innovative technologies for improved passenger experience.

Capitalising on Strengths and Charting a Course for the Future:

Strategic Expansion: The Chennai MRTS can adopt a phased expansion approach, prioritizing high-demand corridors based on ridership projections and population density data. The proposed Velachery-Tambaram extension serves as a prime example of this strategy. By focusing on areas with the greatest need for rapid transit, the expansion can maximize ridership potential and contribute to decongesting Chennai’s busy roads.
Benchmarking for Efficiency: Regularly benchmarking operations against other successful MRTS systems can help identify areas for improvement in the Chennai MRTS. This could involve aspects like ticketing systems, train frequency optimization based on peak hours, and station maintenance protocols. Streamlining operations will enhance passenger experience by reducing wait times, improving reliability, and ensuring a clean and well-maintained environment within stations.
Integration with Upcoming Projects: Chennai’s upcoming Metro expansion plans present a golden opportunity for strategic integration. By creating a comprehensive rapid transit network with seamless transfers and wider connectivity, both the MRTS and the Metro can witness a significant boost in ridership. Collaborative planning that ensures efficient interchange stations and integrates ticketing systems will incentivize passengers to utilize both systems for their travel needs.
Technology Adoption: Embracing advancements in technology can position the Chennai MRTS at the forefront of Indian rapid transit systems. Implementing smart ticketing systems with contactless payment options will enhance convenience for passengers. Real-time information displays at stations and within trains will improve passenger experience by providing accurate arrival and departure times. Long-term, exploring the potential of autonomous train operations, while ensuring safety protocols are rigorously met, could further optimize efficiency and reduce operational costs.

Conclusion

The Chennai MRTS, despite its current limitations, serves as a vital artery for intra-city travel in the bustling metropolis. By building on its strengths, embracing strategic expansion plans, and fostering integration with the Chennai Metro, the MRTS can evolve into a more robust, user-friendly, and sustainable rapid transit system.

The recent developments, like CMRL’s inspection of MRTS stations and the proposed takeover, signal a commitment to revitalizing the system. By prioritizing strategic expansion based on ridership data, benchmarking operations for efficiency, and embracing technological advancements like smart ticketing and real-time information displays, the Chennai MRTS can cater to the growing needs of Chennai’s population. Furthermore, seamless integration with the Chennai Metro will create a comprehensive rapid transit network, encouraging public transport use and fostering a more sustainable urban environment. The future of the Chennai MRTS is bright, with the potential to become a model for efficient and user-friendly rapid transit in India.

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SYSTRA Secures DDC Contract of Bhubaneswar Metro Project

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Staff Reporter

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17/07/2024

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Bhubaneswar Metro (The image is for representation only.)

Bhubaneswar (Metro Rail News): Delhi Metro Rail Corporation (DMRC) declared SYSTRA MVA Consulting (India) as the preferred bidder for the Detailed Designed Consultant contract of the Bhubaneswar Metro Phase 1 project, Package BCDD-01.

Under package BCDD-01, the appointed contractor will be responsible for drafting a design standard for two precast elements, which include U-girders and pier caps, and bearing for Bhubaneswar Metro’s Line 1. This line runs 26.04 km from Biju Patnaik Airport to Trishulla Square via an elevated section comprising 20 stations.

Bidding Process

In May 2024, DMRC floated the tender for the DDC contract at an estimated cost of 97.02 lakh, with a 36-month deadline. When DMRC opened the technical bids on June 4, SYSTRA was identified as the sole bidder of this consultant contract.

However, SYSTRA’s bid, Rs.1.042 crore, exceeded DMRC’s budget by 7.40%. After negotiating with DMRC, SYSTRA placed a revised bid of Rs 1.012 crore, which was later accepted by DMRC’s tender committee. This indicates that the contract will likely be awarded to SYSTRA in the coming days.

The viaduct construction for Bhubaneswar Metro’s Line 1 will be carried out through three packages: BBC-03, BBC-04, and BBC-05.

Bhubaneswar Metro Project

Bhubaneswar Metro Phase 1 features Line 1, which spans 26.024km and has 20 elevated stations. The Odisha government approved Line 1 on November 14, 2023, at Rs. 5926.38 crore. Additionally, DMRC is serving as the turn-key consultant for Bhubaneswar Metro. This ambitious project has a four-year deadline and aims to provide an efficient and viable mode of transport to the city’s residents.

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Kanpur Metro: UPMRC Launches TBM Azad Near Swadeshi Cotton Mill

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Staff Reporter

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16/07/2024

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Kanpur (Metro Rail News): On July 15, the Uttar Pradesh Metro Rail Corporation (UPMRC) launched TBM Azad from the ramp area near Swadeshi Cotton Mill. The launch took place on the ‘up-line’ towards Kanpur Central, marking the beginning of tunnel construction on the final 2.4 km stretch of Corridor 1.

fd65eb22 3968 4dbe aea8 fd057a4fb13c — TBM Azad

This achievement follows the completion of tunnel construction from the ramp area at McRobertganj to Kanpur Central. Authorities now plan to extend the tunnel through a 2.4 km underground stretch from Kanpur Central Station to the ramp near Swadeshi Cotton Mill.

TBM Azad’s Assignment

Initially, TBM Azad nicknamed S-640B will build a 95-meter-long tunnel. During this phase, the Backup System Unit or control room of the machine, where all the supporting systems of the machine are located, will operate from outside the shaft.

Previous Assignment

TBM Azad was commissioned as the third TBM for the Kanpur Metro Phase 1 project. For its first assignment, it constructed about 1250m long underground tunnel on the up-line from Kanpur Central Station to Nayaganj Station.

UPMRC Managing Director Shri Sushil Kumar stated Kanpur Metro has launched the ‘Azad’ TBM machine to construct an ‘up-line’ tunnel from the ramp area near Swadeshi Cotton Mill to Kanpur Central Metro Station. In the coming days ‘Vidyarthi TBM machine will also be launched to complete the ‘downline’ tunnel of this stretch. Upon completion of both tunnels in this stretch, the tunnelling for Corridor-1 will be finished. I am delighted that the Kanpur Metro team is successfully executing the challenging task of tunnel construction beneath one of the city’s most congested and busiest areas. To optimize efficiency, our team is concurrently constructing tracks and stations and installing systems with seamless coordination. We are confident that this momentum will persist in completing all civil construction works for the Balance section of Corridor-1 as per plan.’

Efficient Time-Saving with ‘Dragging’ Method Implementation

As per the UPMRC press release, once launched, the ‘Azad’ TBM machine will build an underground tunnel all the way to the retrieval shaft at Kanpur Central. This process is unique because there are two stations along the route to Kanpur Central. Instead of retrieving and relaunching the TBM machine at Transport Nagar and Jhakarkati stations, it will be transported inside the stations using a ‘Dragging’ method. Typically, machines are not dragged through underground metro stations; instead, they are retrieved from one end via a retrieval shaft and relaunched from the opposite end’s launching shaft. Implementing this method significantly saves time.

Kanpur Metro Phase 1

Presently, Kanpur Metro commercial services are operational on a 9 km Priority Corridor (IIT-Motijheel) under approximately 24 km long Corridor-1 (IIT-Naubasta). Apart from the Chunniganj-Nayaganj and Kanpur Central-Transport Nagar underground sections, construction work is also progressing rapidly in the approximately 5 km-long Baradevi-Naubasta elevated section. The construction work of both sections of the approximately 8.60 km long Corridor-2 (CSA-Barra 8) has also commenced.

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Bangalore Metro: Aarvee Bags Feasibility Contract of Tumkur Metro Line

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Staff Reporter

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16/07/2024

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Bangalore (Metro Rail News): On 29 June, Aarvee Associates Architects Engineers & Consultants Pvt. Ltd secured a Rs. 1.25 crore contract from Bangalore Metro Rail Corporation Limited(BMRCL). Under this contract, Aarvee Associates will craft a Feasibility Study Report to extend the Bangalore Metro’s Green Line from Madavara (BIEC) to Tumkur (Tumakuru).

Tumkur Metro Line

This new line will extend the existing Green Line, which runs 33.53km from Anjanapura to Madavara. The new line to Tumkur will span about 52.41 km and likely feature an elevated route. It is planned to be built using a Public-Private Partnership (PPP) model. This route will run along Tumkur Road (National Highway NH-4).

Aarvee Associates will assess and suggest the most suitable mode for the line (MRTS, RRTS, MetroNeo), as well as determine whether it should be elevated or underground. They will evaluate the alignment, estimate ridership, and identify optimal locations for stations and the depot. Additionally, they will provide an estimate for the construction costs. The report is slated to be completed in 6 months.

The 19 stations along the route are planned to be built at:

– Tumakuru Bus Stand

– Tumakuru University

– Tumakuru

– Kyathasandra

– Pandithanahalli

– Hirehalli

– Chikkahalli

– Nallayanpalya

– Dabaspete

– Sompura Industrial Area

– Billanakote

– Kuluvanahalli

– T. Begur

– Budhihal

– Nelamangala NH

– Nelamangala

– Dasanpura

– Makali

Once the Feasibility Study Report is completed and finalised, authorities will move forward with the Detailed Project Report (DPR). Construction of this section is expected to begin by 2032. Additionally, the lines for Phase 3 are still awaiting approval from the Central government.

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Mumbai Metro: Rithwik-Soma JV Becomes L1 for Civil Contract of Dongri Depot

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Staff Reporter

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15/07/2024

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Mumbai (Metro Rail News): On 9 July, MMRDA declared, that the joint venture between Rithwik Projects Pvt. Ltd. and Soma Enterprise had emerged as the L1 (lowest bidder) for the construction contract of Dongari Depot of Mumbai Metro’s Red Line.

Work on the Dongri Depot will be carried out under package CA-207. Strategically planned on 41.36 hectares of land in northwest Mumbai, the Dongri Depot will house and maintain trains for the entire Red Line. The Red Line includes Line 9, Line 7, and Line 7A, connecting Dongri, Mira Bhayandar, Dahisar East, Gundavali, and CSIA Terminal 2.

Bidding Process

In February 2024, the Mumbai Metropolitan Region Development Authority (MMRDA) called for bids for Dongri depot’s construction work. The tender was floated at Rs. 639.38 crore with a 52-month completion deadline.

MMRDA identified three bidders after opening the technical bids on June 25. Subsequently, the bids were sent for technical evaluation, and the KPC Projects’ bid was rejected due to non-compliance with the tender’s specified terms.

Bid Price

Firm	Bid
Rithwik-Soma JV	733.24 Crore
NCC	798.35 Crore

Brief Scope of Work:

Under package CA-207, the contractor will be responsible for developing the land and constructing various infrastructures for the CAR Depot at Dongri for Metro Line-9 of the Mumbai Metro Rail Project, managed by MMRDA. This includes:

Stabling Yard
Operation Control Centre
Depot Control Centre
Administrative Building
Maintenance and Inspection Buildings
Auxiliary Substation
Roads
Underground Utility Duct
Drainage System
Rainwater Harvesting

The project will also encompass architectural finishing, plumbing, and PEB works.

It will be Rithwik Project’s second depot construction contract in Mumbai. Previously, they secured the Kasheli Depot contract on Line 5 under package CA-151.

To access the Dongri Depot, an extension of Line 9 will be imperative. This extension will span 4.9 kilometres, featuring 2 stations one at Murdha and the other at Rai Goan. This extension will start from Subhash Chandra Bose Ground Station and run along Uttan Road.

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Bullet Train Project Advances with the Completion of Rail Level Slab at 5 Stations

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Staff Reporter

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15/07/2024

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Ahmedabad-Bullet-Train-Station (Image Source: NHSRCL)

Gujarat (Metro Rail News): India’s ambitious first Bullet Train project is moving forward swiftly. Recently, sharing the progress of the 508 km long MAHSR corridor, National High-Speed Rail Corporation Limited (NHSRCL) stated that Rail Level Slab is completed at 5 Bullet Train stations. The stations are Vapi, Bilimora, Surat, Anand and Ahmedabad.

Internal-View-of-station- — Internal-View-of-station (Image: NHSRCL)

The Mumbai-Ahmedabad Bullet Train corridor features 12 strategically planned stations along the alignment of 508 kms. Among 12 stations, Gujarat will have eight (08) stations starting from Sabarmati, Ahmedabad, Anand, Vadodara, Bharuch, Surat, Bilimora and Vapi, and Maharashtra will boast 4 stations i.e. Boisar, Virar, Thane and Mumbai.

The construction work on Bullet Train stations all along the alignment is progressing rapidly. In Gujarat, the foundational work for all 8 stations has been completed, and the construction of superstructures is well underway.

The stations on the corridor will be equipped with all modern and advanced facilities and amenities for passengers. The stations will incorporate ticketing and waiting areas, business-class lounge, nursery, restrooms, smoking rooms, information booths, retail centres and a public information and announcement system.

Moreover, some stations will be developed as transport hubs through integration with all basic modes of transportation for better, faster and hassle-free connectivity to and from the station, such as autos, buses and tax

Bullet Train Station	Concourse Level Slab	Rail Level Slab	Remarks
Vapi	425 m	425 m	Completed
Bilimora	425 m	425 m	Completed
Surat	450 m	450 m	Completed
Bharuch	425 m	425 m	Out of 425 m, 350 m is completed
Vadodara	425 m	425 m	Casting of first-floor slab work in progress
Anand	425 m	425 m	Completed
Ahmedabad	435 m	435 m	Completed
Sabarmati	425 m	425 m	First floor: All 9 slabs completedConcourse: Out of 9 slabs, 3 are completed

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UPMRC Initiates Kanpur Metro’s Trial Run on MacRobertganj – Nayaganj Section

By

Staff Reporter

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15/07/2024

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Kanpur Metro's trial run on underground section — Image Credit UPMRC

Kanpur (Metro Rail News): On 12 July, the Kanpur Metro project reached another milestone when UPMRC began the trial run of the Kanpur Metro on the Up-Line of the underground section (MacRobertganj Ramp – Nayaganj) of Line 1.

GSTCaF9WYAAYy T — Kanpur Metro during trial run (Image credit: UPMRC)

To facilitate the trial runs, UPMRC deployed a metro train (manufactured by Alstom) from Motijheel Station towards Nayaganj Metro Station.

UPMRC conducted this initial trial run at a slow speed to examine the interaction between infrastructure and trains and find any potential faults in tracks. The trials also aimed at SOD clearance. The SOD (Schedule of Dimensions) incorporates a set of guidelines and specifications that define the physical dimensions and clearances required for the safe and efficient operation of a metro rail system.

On 10 July, UPMRC completed the installation of the Third Rail System (750 v DC) on the Upline of this section. Following this, the line was energised on 11 July.

1720667766558 — Image Credit: Ragupathi Geetha

The Gulermak – Sam India Builtwell JV carried out the work of this section under package KNPCC-05 at Rs. 1042.26 crore.

In March 2024, TBM Tatya, nicknamed S92, achieved the final tunnel breakthrough for package KNPCC -05, which covers a distance of 3.62 km and features 4 strategically planned underground stations.

UPMRC’s Next Move

In the next weeks, UPMRC will test other subsystems, like the signalling system and braking system, at various speeds to ensure safety. However, UPMRC has not disclosed the deadline for starting commercial operations on this underground section.

Kanpur Metro Phase 1

Spanning 32.385 km, Kanpur Metro Phase 1 received approval from the central government in February 2019. Phase 1 of Kanpur Metro features 2 corridors and 30 stations.

The priority corridor of the Kanpur Metro covers a distance of 8.7 km from IIT Kanpur to Moti Jheel. This section became operational on 28 December 2021. The remaining portion of Phase 1 is expected to be operational by the end of 2024.

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Navi Mumbai Metro: A Look Back at Line 1 and Lessons Learned

By

Narendra Shah

-

13/07/2024

0

Introduction

Navi Mumbai, as evident by its name itself, is a newly planned & developed city situated in the vicinity of Mumbai across Thane & Raigad, being an indispensable part of the Mumbai Metropolitan region. The growth & planning of the city is connected with the inception of various other allied bodies, specifically CIDCO.

Navi Mumbai India Nov 17 2023 Commuters board 1706813191667

Navi Mumbai was envisioned as a solution to Mumbai’s burgeoning housing crisis. Its primary goal was to provide affordable housing options, alleviating pressure and preventing the spread of slums in Mumbai. This makes Navi Mumbai the go-to place for the migrants, who form the largest demography in the Navi Mumbai region. The population of Navi Mumbai in 2011 was 1,120,547, according to the census conducted by Census India. The breakdown by gender showed 610,060 males and 510,487 females.

Navi Mumbai prioritized education during its urban planning. They designed each township with a focus on resident access to education. Specifically, the plan aimed to provide one primary school for every 5,000 residents, one high school for every 12,500 residents, and one college for every 50,000 residents. As per an estimate on commutation, Roughly one in four residents, or an estimated 22.5%, are school-going children. Most students stay local for their education, attending schools and colleges within their own township. When it comes to commuting, the majority (76%) opt for walking, while public transport (12%), bicycles (10%), and school buses (2%) make up the remaining methods.

Navi Mumbai is rapidly emerging as an educational hub. This is fueled by the establishment of numerous primary schools and colleges that attract not only local students but also those from Mumbai and beyond, all seeking a high-quality education. So far, as the paradigm of urban mobility in Navi Mumbai is concerned, it offers a well-connected public transport network. NMMT buses cover the city and connect to Mumbai, Thane, and other areas. Local trains and auto rickshaws provide additional options. Interestingly, a new rapid metro system is also under development, with multiple lines planned.

Inception

To understand the backdrop behind the inception of the Navi Mumbai Metro, the following points need to be understood well:

1. Soaring Demand, Strained Infrastructure:

Navi Mumbai’s future is bright, with a brand new international airport on the horizon. However, this exciting development brings a challenge: its current public transport system is at risk of being overwhelmed by the resulting surge in population and economic activity, particularly in Kalyan-Dombivli and Taloja.

2. Vision for a Thriving Hub:

To address this challenge and unlock Navi Mumbai’s full potential, the MMRDA proposed extending the existing Metro Line-5 from Thane to Taloja. This extension isn’t simply about adding a new train line; it’s a strategic move aligned with the vision for the Kalyan Taluka Growth Centre.

3. The Kalyan Taluka Growth Centre: A Model for Development:

Envisioned as a vibrant economic hub akin to Mumbai’s Bandra-Kurla Complex (BKC), the Kalyan Taluka Growth Centre is one of four identified in the MMR’s Draft Regional Plan. This project aims to create significant job opportunities, promote infrastructural growth, and seamlessly connect the area to Thane, Kalyan, and Dombivli.

4. NAINA: Building a Sustainable Future:

The Government of Maharashtra’s establishment of NAINA, a dedicated planning authority, further underscores their commitment to Navi Mumbai’s well-organized and sustainable development. NAINA’s reach extends beyond the immediate vicinity of the airport, encompassing 270 villages across six districts. This comprehensive approach ensures that growth is managed responsibly, with the Navi Mumbai Metro as a key driver of connectivity and progress.

By anticipating future needs and taking proactive measures, the Navi Mumbai Metro extension and the creation of NAINA position Navi Mumbai for a future of manageable growth, economic prosperity, and a well-connected community.

Approval & DPR

While the current corridor may traverse primarily agricultural and undeveloped land, this is a strategic choice for Transit-Oriented Development (TOD). The metro isn’t just about serving existing populations; it’s a catalyst for future growth.

This forward-looking approach prioritises long-term benefits:

Alleviating Mumbai’s Congestion: By creating a well-connected alternative, the metro incentivises population dispersal, ultimately reducing strain on Mumbai’s existing infrastructure.
Stimulating Development: The metro’s accessibility will catalyse development along the corridor, fostering the creation of new residential and commercial districts. This will attract residents seeking a less congested environment while maintaining convenient access to the city center.

The metro is not merely a response to immediate needs, but rather a proactive investment that will shape a more balanced and sustainable urban landscape for Navi Mumbai’s future.

DPR & Commercialisation:

Greenlighted in April 2010, the Navi Mumbai Metro gained public support through hearings that same year. By September, CIDCO was appointed to lead construction. May 2011 saw the foundation stone laid, and construction began in October. March 2012 brought the metro’s master plan, hinting at a future Mumbai Metro connection. A crucial construction contract was awarded in mid-2012. May 2021 witnessed a successful first trial run. Finally, on 17 November 2023, Navi Mumbai celebrated the long-awaited opening of Line 1, connecting CBD Belapur to Pendhar.

Lines of Navi Mumbai Metro

Line-1: CBD Belapur – Pendhar (Operational)

Length: 11.10 km
Type: Elevated
Number of Stations: 11
Station Names: Belapur Terminal, RBI Colony (erst. Sector 7), Belpada (erst. CIDCO Science Park), Utsav Chowk, Kendriya Vihar (erst. Sector 11), Khargar Village (erst. Sector 14), Central Park, Pethpada, Amandoot (erst. Sector 34), Panchanand and Pendhar

Future Lines

Following are the lines planned for the future as the extension of the Line-1

Line-2: Taloja MIDC – Khandeshwar

Estimated Cost: Rs. 2820.20 cr
Length: 7.12 km
Stations: 6
Type: Elevated

Line-3: Taloja MIDC – Pendhar

Estimated Cost: Rs. 1850.14 cr
Length: 3.87 km
Stations: 3
Type: Elevated

Line-4: Khandeshwar – Navi Mumbai International Airport (NMIA)

Estimated Cost: Rs. 1270.17 cr
Length: 4.17 km
Type: Elevated & Underground

Latest Update

As of June 2024, the Detailed Project Report (DPR) for Navi Mumbai Metro Lines 2 and 3 is still under development. While an initial DPR was completed in 2011, a fresh assessment is needed to reflect the current state of the areas the lines will traverse.

This new DPR will address factors like:

Alignment of Bridges: Ensuring the planned bridges are still feasible and optimal considering current infrastructure and development.
Encroachments: Accounting for any existing structures or developments that might impact the planned route.
Coastal Regulation Zone (CRZ) Compliance: Verifying adherence to regulations protecting environmentally sensitive coastal areas.

The finalisation of the DPR is crucial for securing funding and initiating construction. We can expect further updates on the timeline once the DPR is complete.

Ridership of Line 1

The Navi Mumbai Metro has seen a promising ridership since its inauguration in November 2023. In just the first 2.5 months of operation, nearly 1 million passengers (9,34,728) took a ride on the metro, generating over ₹2.55 crore in revenue.

Here’s a breakdown of the ridership and revenue by month:

Month	Ridership	Revenue
November	222,996	57,52,069
December	376,810	1,05,78,259
January	334,922	91,71,849
Total	934,728	2,55,02,177

The ridership witnessed a steady increase from November to December, with a slight dip in January. However, officials anticipate a rise in ridership figures once the final January data is incorporated.

This strong initial ridership indicates Navi Mumbai Metro’s potential to significantly contribute to the city’s public transport network. As the network expands and integrates with other transportation options, ridership is expected to climb further.

Metro’s Impact on Real Estate

The Navi Mumbai Metro, built on the principles of Transit Oriented Development (TOD), is already demonstrating positive impacts, particularly in the realm of real estate. A report by Hindustan Times highlights a rise in property interest and prices along the metro corridor. Chirag Shah, president-elect of Builders Association of Navi Mumbai (BANM) – Raigad, attributes this to improved connectivity:

Bridging Distances: The metro has brought previously far-flung areas closer, encouraging reluctant homeowners to finally occupy their properties in areas like Taloja.
Surge in Buyer Interest: Increased demand for properties in the metro-accessible regions was evident at a recent BANM property expo. Furthermore, inquiries are pouring in for upcoming showcases, showcasing the optimism surrounding the real estate market.

These early trends suggest that the Navi Mumbai Metro will be a significant driver of real estate growth. As the metro network expands and integrates with other transportation options, the accessibility and desirability of these areas will likely continue to rise. This, in turn, can lead to further property value appreciation and increased development activity along the corridor.

The Navi Mumbai Metro is not just a transportation solution; it’s a catalyst for creating a vibrant and well-connected Navi Mumbai, with a thriving real estate market at its core.

Beyond Commuting: The Broader Economic Impact of the Navi Mumbai Metro

The Navi Mumbai Metro isn’t just transforming transportation; it’s poised to be a catalyst for the city’s economic growth. Here’s a look at some potential benefits beyond the immediate convenience it offers passengers.

1. A Boom for Business:

Increased Commercial Activity: The metro’s accessibility is expected to draw businesses, particularly retail and service establishments, to areas along the corridor. This can create vibrant commercial hubs, attracting customers and boosting local economies.
Improved Job Market Access: Enhanced connectivity will make it easier for residents to access job opportunities across Navi Mumbai. This two-way flow – residents reaching workplaces and businesses finding skilled employees – can fuel economic dynamism.

Example: The Delhi Metro’s impact on Gurgaon provides a real-world example. Previously a cluster of villages, Gurgaon’s proximity to a metro station led to a surge in commercial development, office spaces, and a thriving job market.

2. New Development Opportunities:

Emerging Business Hubs: The metro can act as a magnet for new business districts, especially around stations in previously undeveloped areas. This can lead to the creation of office spaces, IT parks, or even industrial zones.
Investment Potential: The metro’s positive impact on real estate and commercial activity will likely attract investors. This can lead to increased investment in infrastructure, businesses, and real estate projects in Navi Mumbai.

Trend: Cities worldwide are leveraging metro systems to create Transit Oriented Development (TOD) zones. These zones combine residential areas with commercial spaces and job opportunities, all within easy walking distance of metro stations. Navi Mumbai’s metro has the potential to follow this successful model.

3. A More Vibrant City:

Enhanced Connectivity for Tourists: The metro can make Navi Mumbai a more attractive destination for tourists by providing seamless access to various attractions, shopping areas, and entertainment options. This can benefit hotels, restaurants, and other tourism-related businesses.
Improved Quality of Life: Reduced traffic congestion due to the metro can lead to a more pleasant living environment. This, combined with easier access to jobs and amenities, can enhance the overall quality of life for Navi Mumbai residents.

The Navi Mumbai Metro’s economic impact is still unfolding, but early signs and global trends point towards a positive transformation. As the metro network expands and integrates with other transportation systems, its influence on Navi Mumbai’s economic landscape is likely to become even more significant.

A Looking Back on The Delay

The Navi Mumbai Metro Line 1, envisioned as a solution to traffic woes and a catalyst for growth, faced significant delays throughout its development. While operational now, understanding the reasons behind these delays can offer valuable insights for future infrastructure projects.

Here’s a breakdown of the delays that plagued Line 1:

Initial Planning (2007-2011): While the project was conceptualized in the late 2000s, finalizing the route alignment and securing approvals took several years. This initial delay can be attributed to factors like:
- Complexities of land acquisition in a developing city.
- Balancing environmental considerations with infrastructure needs.
- Negotiations with stakeholders, including residents and businesses.
Construction Phase (2011-2023): Groundbreaking happened in 2011, but construction itself witnessed numerous setbacks, including:
- Contractor Issues: Potential inefficiency or financial troubles & eventually contract terminations with the chosen contractor caused delays.
- Funding Constraints: Unforeseen budgetary limitations also slowed down the pace of construction as the input cost increased.
Post-Construction (2023-present): Even after physical construction was complete, there was a wait for inauguration:
- Safety and Regulatory Approvals: Obtaining final safety clearances and complying with regulatory procedures added heavily to the timeline.
- Integration with Existing Systems: Ensuring seamless integration with other transportation networks like buses or local trains have required additional time and can take more time as the authorities aim for Multi Modal Development.

The cumulative effect of these delays resulted in a project with an initial target completion date of 2014 opening over nine years later in November 2023. This delay had ripple effects:

Cost Escalation: Construction material prices and labor costs fluctuated, leading to increased project expenditure over time.
Public Frustration: Residents who were looking forward to the metro’s benefits had to wait considerably longer than anticipated.
Loss of Potential Benefits: The economic and social advantages the metro could have brought were delayed, impacting Navi Mumbai’s growth trajectory.

The Navi Mumbai Metro holds immense potential to transform the city’s landscape. By addressing the shortcomings highlighted by Line 1’s delays, future projects can deliver on this promise and contribute to Navi Mumbai’s growth as a well-connected and thriving metropolis.

Challenges Ahead

While Transit Oriented Development (TOD) offers long-term benefits for Navi Mumbai Metro, there are some initial challenges to consider:

Land Acquisition and Development:

Uncertain Demand: Since the metro traverses undeveloped areas, gauging initial demand for residential or commercial development near stations can be difficult. This might deter investors, slowing down the pace of TOD implementation.
Land Acquisition Issues: Negotiating land acquisition, especially from private owners in developing areas, can be time-consuming and complex, delaying the construction of supporting infrastructure.

Affordability Concerns:

Rising Property Prices: The metro-driven rise in property values near stations might push affordable housing options further out, potentially creating a situation where residents who rely on public transport cannot afford to live close to stations.

Example: In Gurgaon, India, the metro led to a surge in commercial development near stations. However, rising land prices pushed affordable housing further away, creating a situation where some workers couldn’t afford to live near their workplaces.

Initial Ridership and Revenue:

Lower Initial Ridership: With limited development around stations initially, ridership and revenue generation might be lower than anticipated. This could strain the project’s financial viability in the short term.

This means the need for seamless first- and last-mile connectivity with feeder buses, rickshaws, and pedestrian walkways near stations in Navi Mumbai. Lack of such integration can discourage people from using the metro if reaching the station itself is inconvenient.

Integration with Existing Infrastructure:

Feeder System Development: Creating a robust network of feeder buses, rickshaws, and pedestrian walkways is crucial for seamless last-mile connectivity. This requires coordination with local authorities and might take time to establish effectively.

Long-Term Planning and Sustainability:

Phasing Development: Carefully phasing TOD implementation is necessary to ensure a balance between infrastructure development and attracting residents and businesses. Otherwise a planned dream can turn out to be a strategic nightmare.
Mixed-use Development: Encouraging mixed-use development projects near stations can create a more vibrant and sustainable environment, attracting a wider range of residents and businesses. However, proper planning and regulations are needed to ensure a balanced mix.

These challenges can be addressed through:

Government Incentives: Providing incentives for developers to invest in affordable housing and mixed-use projects near stations can encourage TOD implementation.
Public-Private Partnerships: Collaboration between the government and private sector can accelerate development and ensure a sustainable revenue model for the metro.
Community Engagement: Involving residents and businesses in the planning process can foster a sense of ownership and encourage support for TOD initiatives.

By acknowledging these challenges and implementing proactive solutions, Navi Mumbai Metro can leverage TOD principles to create a truly sustainable and well-connected city for the future.

Conclusion

The Navi Mumbai Metro is poised to be a transformative force for the city, shaping its future as a well-connected, thriving metropolis. While initial ridership figures are promising and the project holds immense potential, there are hurdles to overcome. By proactively addressing operational challenges, navigating extension complexities, and considering the wider impact of the metro, Navi Mumbai can ensure its success. Learning from the delays of Line 1, with improved planning, transparent communication, and efficient project management, the Navi Mumbai Metro can deliver on its promise and propel Navi Mumbai towards a bright future.

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Transforming Lucknow: The Rise of the Metro

By

Narendra Shah

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13/07/2024

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Lucknow, the City of Nawabs, enchants with its rich tapestry of history and contemporary charm. Nestled on the banks of the Gomti River, Lucknow boasts magnificent Mughal-era architecture that whispers tales of a bygone era. This vibrant city, the eleventh most populous in India, is a captivating blend of delectable cuisine dating back centuries and a thriving modern metropolis.

Beyond its historical significance, Lucknow serves as the capital of Uttar Pradesh, a state actively promoting tourism through the Uttar Pradesh Heritage Arc. This strategic location also houses a bench of the Allahabad High Court, solidifying its administrative importance.

But Lucknow is much more than just a historical and administrative center. Beneath its elegant facade lies a dynamic city pulsating with life. Traditional industries like Chikan embroidery and aeronautics share space with a flourishing research and development sector. The city’s educational institutions attract students from across India, making it a hub of intellectual growth.

In recent years, Lucknow has witnessed a surge in the service sector, with retail trade and healthcare experiencing significant growth. This economic dynamism, coupled with a rich cultural heritage, creates a unique and inviting atmosphere for residents and visitors alike. Whether you’re a history buff, a foodie, or a business professional, Lucknow has something to offer everyone. And with the arrival of the Lucknow Metro, navigating this captivating city is about to become even easier. So, get ready to embark on a journey through time and experience the magic of Lucknow!

Current Scenario

Lucknow boasts a well-established transportation network, offering a mix of roads, buses, an airport, a fledgling metro system, and railways. National Highways 27 and 30 intersect at the bustling Hazratganj crossing, providing connectivity to major cities like Kanpur, Allahabad, Shahjahanpur, and beyond. The available modes of public transport in the city are taxis, city buses, cycle rickshaws, and auto rickshaws.

The Lucknow City Transport Services Limited (LCTSL) manages the city bus service, with a fleet of 260 buses traversing Lucknow’s roads. For longer journeys, Lucknow boasts an extensive railway network with fourteen stations spread across the city limits. The main Charbagh station serves as the hub for long-distance travel, while other stations offer suburban connectivity.

However, the picture isn’t entirely rosy. Lucknow’s recently launched metro system is currently facing ridership challenges. This raises concerns about its potential revenue generation and long-term sustainability. It’s clear that Lucknow’s urban mobility sector is at a crossroads, with established systems co-existing with a new, evolving metro. The future holds promise for a more integrated and efficient network, but challenges need to be addressed to ensure a smooth and sustainable urban transport landscape.

Challenges & Inception of Lucknow Metro

Lucknow’s a city on the rise. Bustling streets, a booming economy, and a vibrant cultural scene – it’s no wonder the population exploded. But with great growth comes growing pains, and Lucknow’s Transportation system started to feel the squeeze. Let’s dive into the data and see what challenges gave birth to the Lucknow Metro.

Soaring Population: Between 2001 and today, Lucknow’s population surged from an estimated 2.2 million to over 3 million, with projections reaching 4 million by 2021. The existing transportation system simply couldn’t keep pace.
Dominance of Private Vehicles: Over 90% of registered vehicles in Lucknow are private vehicles (cars and two-wheelers), putting an immense strain on road capacity.
Inadequate Public Bus System: At present, the public bus transportation in the city operates with a fleet of 260 buses. The city bus system offered a meagre 6 buses per lakh population, far below the national benchmark of 70-80 buses per lakh for Indian urban areas.
Impact on Economic Growth: Lucknow’s role as a major administrative, commercial, and educational hub attracts professionals seeking opportunities. A sluggish transport system hinders their ability to navigate the city efficiently, impacting productivity and economic activity.
Expansion: In 1991, Lucknow Municipal Corporation significantly expanded its jurisdiction, nearly doubling its size from 14,594 hectares to 33,750 hectares. This, coupled with the city’s natural appeal as a center for administration, commerce, and education, fueled a population boom.

The major traffic-generating areas in Lucknow are Railway Station, Charbagh Bus Stand, Vidhan Sabha, Secretariat and the commercial areas in the central part of the city. Also, with the absence of a proper public transport system, many personalized modes have emerged in the city. Lucknow’s impressive growth demanded a modern and efficient public transportation system. The Lucknow Metro serves as a strategic solution, designed to address traffic congestion, unlock economic potential, and connect Lucknow’s growing population with its key business and educational centers.

Let’s board a ride into the beginning of all this!

Proposal of Rapid Transit System: The 1988 Lucknow Transport Plan

Back in 1988, a forward-thinking study by the School of Planning and Architecture in New Delhi laid the groundwork for Lucknow’s future transportation. This comprehensive Lucknow Transport System Plan-2001 analyzed existing traffic patterns and travel habits. It then utilized a land use-transport model to assess various strategies and plans for the city’s growth.

The study’s key recommendation? A medium-capacity Light Rail Transit System (LRT) to address the city’s growing mass transportation needs. This visionary plan proposed two specific corridors: a North-South Corridor (9.6 km) and an East-West Corridor (13.6 km), totaling 23.2 km. Additionally, the study acknowledged the potential for further network expansion to cater to other high-demand areas, paving the way for future feasibility studies.

Interestingly, the plan also identified the limitations of existing intercity railway lines in meeting the city’s internal travel needs over the next decade to fifteen years. This foresight proved crucial in shaping Lucknow’s future transportation landscape. The seeds sown in 1988 eventually blossomed into the Lucknow Metro we know today.

Approval & DPR

The bustling streets of Lucknow, steeped in history and teeming with life, have a brand new way to get around: the Lucknow Metro. This state-of-the-art rapid transit system, operated by the Uttar Pradesh Metro Rail Corporation (UPMRC), promises a smoother, swifter way to navigate the city’s vibrant core. While all this holds immense importance let’s deep dive into the paper trails & development of the same as:

The Lucknow Metro’s journey began in 2008 with a vision to transform the city’s transportation landscape. The Government of Uttar Pradesh, under Chief Minister Mayawati, proposed the project, and the Delhi Metro Rail Corporation (DMRC) submitted a concept paper outlining its feasibility.
Following an agreement between DMRC and the Lucknow Development Authority (LDA) in February 2009, the project gained momentum. Years of planning and approvals ensued. In June 2013, the state cabinet, led by Chief Minister Akhilesh Yadav, gave the green light for the metro network and the creation of a dedicated Lucknow Metro Rail Corporation (LMRC) to oversee its development and operation.
August 2013 marked a crucial milestone with the Government of Uttar Pradesh approving the Detailed Project Report (DPR) prepared by DMRC. This comprehensive document laid the groundwork for the metro’s construction.
By October 2013, LMRC was formally established as a special-purpose vehicle to spearhead the project. With the construction set to begin in December, the stage was set for Lucknow’s rapid transit dream to become a reality.

Lines of Lucknow Metro

At a GlanceOperational: 22.878 km | Under Construction: 0 km | Approved: 0 km | Proposed: 85 kmDaily Ridership: 67,000/day (August 2023)Rolling Stock: 80 coaches (20 trains of 4 cars) supplied by Alstom

Lucknow Metro Phase 1A Route (Operational)

Line-1: CCS Airport – Munshi Pulia

Length: 22.878 km

Type: Elevated (19.438 km with 19 stations) and Underground (4 km with 4 stations)

Depot: Transport Nagar

Number of Stations: 21

Station Names: CCS Airport (underground), Amausi, Transport Nagar, Krishna Nagar, Singar Nagar, Alambagh, Alambagh Bus Station, Mawaiya, Durgapuri, Charbagh Railway Station, Hussain Ganj (underground), Sachivalaya (underground), Hazrat Ganj (underground), K.D. Singh Stadium, Vishwavidyalaya, IT Chauraha, Badshah Nagar, Lekhraj Market, Ramsagar Mishra Nagar, Indira Nagar & Munshi Pulia.

Proposed Routes

Lucknow Railway Station (Charbagh) – Vasant Kunj

Length: 11.098 km

Elevated: 4.548 km with 5 stations (GB Marg – Thakurganj)

Underground: 6.55 km with 7 stations (Balaganj – Vasant Kunj)

Number of Stations: 12

Station Names: Gautam Buddha Marg, Aminabad, Pandeyganj, City Railway Station, Medical College Chauraha, Nawazganj, Thakurganj, Balaganj, Sarfrazganj, Musabagh, Vasant Kunj

Latest Update The Uttar Pradesh Government has given the thumbs up to the second phase of Lucknow’s metro project. Spanning 11.165 km from Charbagh to Vasant Kunj, construction on this new corridor is set to begin by June 30, 2027, offering commuters a faster and more convenient way to travel.

Lucknow Metro Ridership: A City on the Move

Lucknow Metro has become a game-changer for the city’s transportation landscape. Since its inception in 2017, the ridership has steadily climbed, reflecting the growing popularity and convenience it offers to commuters. Let’s delve deeper into the current trends, factors contributing to the rise, and what the future holds for Lucknow Metro.

Riding the Wave: A Look at Recent Ridership Trends

Record-Breaking Start to 2024: Lucknow Metro broke its previous ridership records in the first quarter of 2024. On January 1st, it witnessed a phenomenal surge, with a staggering 1.30 lakh passengers using the metro in a single day. This surpassed the previous record of 93,237 passengers set in December 2023 (Source: Hindustan Times).
Steady Growth: While the daily ridership fluctuates based on weekdays, weekends, and holidays, the average daily ridership for 2024 is estimated to be around 87,000 passengers, a significant increase compared to previous years (Source: Times of India). This growth trajectory indicates a growing trust in the metro system as a reliable and efficient mode of transportation.

Fueling the Rise: Factors Contributing to Increased Ridership

Several factors are propelling Lucknow Metro towards becoming the city’s preferred mode of transport:

Increased Awareness: As Lucknow Metro becomes more ingrained in the city’s daily life, public awareness about its benefits like speed, affordability, and comfort has significantly increased. This awareness is attracting new riders, particularly those who previously relied on congested and unreliable road traffic.
Fueling the Change: Rising fuel prices are making car travel a less attractive option, pushing residents towards more economical alternatives. Lucknow Metro offers a cost-effective and time-saving solution, especially for longer commutes within the city.
Connecting the Dots: The current 22.8 km North-South corridor, connecting Chaudhary Charan Singh International Airport to Munshi Pulia, provides a crucial link for a large segment of the population. The upcoming East-West Corridor (Vasant Kunj to Charbagh) promises to further expand the network, reaching new areas and attracting a wider ridership base.

East-West Corridor – Charbagh to Vasant Kunj

The upcoming East-West Corridor (Charbagh to Vasant Kunj) of the Lucknow Metro is a significant development that promises to revolutionise public transportation in the city. Here’s a breakdown of how this expansion is poised to significantly increase ridership for Lucknow Metro:

Unlocking New Ridership Base:

Targeting Densely Populated Areas: The East-West corridor traverses through densely populated areas of Lucknow, including the historic Old City. This region has traditionally relied on autos, rickshaws, and other less efficient modes of transport. The metro’s arrival will offer a faster, more convenient, and reliable alternative, attracting a vast new ridership base.
Catering to Commuters and Businesses: The corridor connects crucial areas like the Lucknow Junction railway station (Charbagh) to commercial hubs and residential neighborhoods in the west. This improved connectivity will cater to daily commuters, students, and working professionals, significantly boosting ridership during peak hours.

Enhancing Network Connectivity:

Bridging the Gap: Currently, the Lucknow Metro primarily serves the north-south axis. The East-West corridor will bridge this gap, creating a more interconnected network. This will encourage multi-modal journeys, allowing passengers to seamlessly transfer between north-south and east-west lines, opening up new travel options for a wider range of destinations.
First and Last Mile Connectivity: The expansion necessitates the development of a robust feeder system with buses and other public transport options connecting metro stations to far-flung neighborhoods. This will eliminate first and last-mile connectivity issues, making the metro a more attractive option for a larger segment of the population.

The East-West Corridor is not just an infrastructure project; it’s a potential game-changer for Lucknow’s urban landscape. By unlocking new ridership potential, promoting economic activity, and fostering TOD, the expansion promises to transform the city’s mobility ecosystem.

By closely monitoring ridership patterns after the launch, authorities can further optimize services, adjust infrastructure based on demand, and ensure the Lucknow Metro remains a sustainable and efficient public transportation solution for the city’s growing population.

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Shri Anil Kumar Khandelwal Inspects Ongoing Work at Pamban Bridge

By

Staff Reporter

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13/07/2024

0

Ramanathapuram (Metro Rail News): During a two-day visit to Southern Railway, Anil Kumar Khandelwal, Member (Infrastructure) of the Railway Board, conducted an inspection of the ongoing construction work at the Pamban bridge. This inspection aimed to review the progress and ensure the projects are on track to meet their scheduled deadlines.

GSQ6WbCasAAdWZt — Image Source: Southern Railway

Additionally, officials conducted a light engine trial run to assess the structural integrity of the bridge.

Experience the successful light engine trial run on the new Pamban Bridge, demonstrating its impeccable structural integrity.#PambanBridge #SouthernRailway #BridgeTest #StructuralIntegrity #TrialRun #TrainTrialRun pic.twitter.com/tsnO0NUIg2
— Southern Railway (@GMSRailway) July 12, 2024

After reviewing the works at the new Pamban Bridge, railway officials stated that the infrastructure works are likely to be concluded in two months. Following the completion of these works, the trial run will commence.

GSQ6Vz2agAAKkwN — Image Source: Southern Railway

After inspection, Shri Khandelwal stated, “The Pamban Bridge stands as an identity of the place. The old Pamban Rail Bridge was constructed over a century ago, and over the years, the seawater has caused erosion and weakened the bridge. Over 90% of the work has been completed.”

GSQ6U7fagAIOK0 — Image Source: Southern Railway

Shri Khandelwal also mentioned that discussions are underway for track works on the Rameswaram-Dhanushkodi line. He stated that the work of laying tracks will commence once the state government allots the necessary land.

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